Compressed Air
Compressed Air | |||||||
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Properties | |||||||
Type | Gas | ||||||
Made With/By | Other | ||||||
Difficulty of Production | Easy | ||||||
Exists in Reality | Yes | ||||||
Can Be Placed | No | ||||||
Temperature | ~20°C | ||||||
Renewable? | Yes | ||||||
Tooltip | |||||||
Compressed Air [Gaseous] Hbm's Nuclear Tech | |||||||
Warnings | |||||||
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Compressed air is a gas that is used primarily to transport items via pneumatic tubes, it can be obtained with an air intake.
Production
Producing compressed air is rather simple, as only an air intake and power is required. An air intake can be assembled with the following recipe:

Uses
Compressed air can be used alongside compressors to transport items via pneumatic tubes, and the range of the tube is dependant on how many compressors are used:
Pressure | Range |
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1 PU | 10m |
2 PU | 25m |
3 PU | 100m |
4 PU | 250m |
5 PU | 1000m |
It also has other uses in the chemical plant.
Inputs | Recipe |
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Chemistry Template: Biogas Production
Production Time: 3.0 seconds Inputs: Compressed Air, Biomass Produces: Biogas |
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Chemistry Template: Linde Xenon Cycle
Production Time: 15 seconds Inputs: Compressed Air Produces: Xenon Gas |
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Chemistry Template: Boosted Linde Xenon Cycle
Production Time: 1.0 seconds Inputs: Compressed Air, Liquid Oxygen Produces: Xenon Gas |
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